[Mechanism and application prospects of microbial fertilizers in regulating quality formation of medicinal plants].

农业 生物肥料 药用植物 土壤质量 生物技术 肥料 环境科学 农学 生物 生态学
作者
Kun-Yang Lai,Jiancai Xiao,Hongyang Wang,Jin-Zhen Qiu,Xiufu Wan,Binbin Yan,Chuan‐Zhi Kang,Kai Sun,Yan Zhang,Lanping Guo
出处
期刊:PubMed 卷期号:49 (4): 912-923 被引量:2
标识
DOI:10.19540/j.cnki.cjcmm.20230921.101
摘要

With the promotion of chemical fertilizer and pesticide reduction and green production of traditional Chinese medicines, microbial fertilizers have become a hot way to achieve the zero-growth of chemical fertilizers and pesticides, improve the yield and qua-lity of medicinal plants, maintain soil health, and promote the sustainable development of the planting industry of Chinese herbal medicines. Soil conditions and microenvironments are crucial to the growth, development, and quality formation of medicinal plants. Microbial fertilizers, as environmentally friendly fertilizers acting on the soil, can improve soil quality by replenishing organic matter and promoting the metabolism of beneficial microorganisms to improve the yield and quality of medicinal plants. In this regard, understanding the mechanism of microbial fertilizer in regulating the quality formation of medicinal plants is crucial for the development of herbal eco-agriculture. This study introduces the processes of microbial fertilizers in improving soil properties, participating in soil nutrient cycling, enhancing the resistance of medicinal plants, and promoting the accumulation of medicinal components to summarize the mechanisms and roles of bacterial fertilizers in regulating the quality formation of medicinal plants. Furthermore, this paper introduces the application of bacterial fertilizers in medicinal plants and makes an outlook on their development, with a view to providing a scientific basis for using microbial fertilizers to improve the quality of Chinese herbal medicines, improve the soil environment, promote the sustainable development of eco-agriculture of traditional Chinese medicine, and popularize the application of microbial fertilizers.

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